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Negative controls. (A) Juvenile triploid trout hepatocyte nucleus from station 11(Figure 1). X1950, (B) Juvenile triploid trout helatocyte mitochondria. X46000, (C) Caddisfly larva normal nucleus. X5800, (D) Caddisfly larva normal mitochondria. X64000.

Negative controls. (A) Juvenile triploid trout hepatocyte nucleus from station 11(Figure 1). X1950, (B) Juvenile triploid trout helatocyte mitochondria. X46000, (C) Caddisfly larva normal nucleus. X5800, (D) Caddisfly larva normal mitochondria. X64000.

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Figure 1. Map showing study area, abandoned mine and mill sites and...
Figure 4. Calcite-filled fractures in bedrock below Alder Mill and near...
Table 5 . Maximum concentrations of Cu and Mn (µg L -1 ) in mine portal...
Figure 11. Percent hornblende with depth in core from Alder Mill...
+4 Figure 12. Scanning electron micrographs of Methow River sediments...
The Ecotoxicology of Mine Waste Contamination at Different Levels of Biological Organization in the Methow River Vally, Okanogan County, Washington
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A study of mine-waste contamination effects on Methow River habitat on the eastern slopes of the north Cascade Mountains in Washington state, U.S.A., revealed impacts at ecosystem, community, population, individual, tissue, and cellular levels. Ore deposits in the area were mined for gold, silver, copper and zinc until the early 1950’s, but the min...
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